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The design of the Royal Navy's latest warship has been revealed by the Ministry of Defence. The announcement on the Type 26 Global Combat Ship has been described by officials as a "significant milestone" in a programme which will support "thousands of UK shipbuilding jobs".
Basic specification images show sleek stealth features, familiar to modern warships, making them harder to detect. The ship will be 148 metres long with a displacement of 5,400 tonnes. Continue reading the main story “ Start Quote The Type 26 will be the backbone of the Royal Navy for decades to come” Peter Luff Minister for Defence Equipment, Support and Technology The MoD has been working with BAE Systems since 2010 to determine the basic design for the ship. Detailed specifications of the vessel will now be examined. Vertical missile silos for a range of weapons, such as cruise missiles, will be housed on board along with a medium calibre gun.
The hangar on board will house a Merlin or Wildcat helicopter and there will be extra space for unmanned drones, underwater vehicles or other specialist equipment.
Originally posted by stumason
Emphasis seems to be focussing on the Navy, which as an island nation should be our priority.
It also seems we are going to replace the Type 23's on a one for one basis, unlike the Type 45's where we ended up with 6 in the end.
Originally posted by swan001
reply to post by Peruvianmonk
Why it's all straight angles? Curves would let water and air flow better.
Originally posted by swan001
reply to post by MDDoxs
I don't like its look. You should see an f-35: it has curves, it's awesome.
The most efficient way to reflect radar waves back to the emitting radar is with orthogonal metal plates, forming a corner reflector consisting of either a dihedral (two plates) or a trihedral (three orthogonal plates). This configuration occurs in the tail of a conventional aircraft, where the vertical and horizontal components of the tail are set at right angles.
Stealth aircraft such as the F-117 use a different arrangement, tilting the tail surfaces to reduce corner reflections formed between them. A more radical method is to eliminate the tail completely, as in the B-2 Spirit. In addition to altering the tail, stealth design must bury the engines within the wing or fuselage, or in some cases where stealth is applied to an extant aircraft, install baffles in the air intakes, so that the turbine blades are not visible to radar. A stealthy shape must be devoid of complex bumps or protrusions of any kind; meaning that weapons, fuel tanks, and other stores must not be carried externally. Any stealthy vehicle becomes un-stealthy when a door or hatch opens. Planform alignment is also often used in stealth designs. Planform alignment involves using a small number of surface orientations in the shape of the structure.
For example, on the F-22A Raptor, the leading edges of the wing and the tail surfaces are set at the same angle. Careful inspection shows that many small structures, such as the air intake bypass doors and the air refueling aperture, also use the same angles. The effect of planform alignment is to return a radar signal in a very specific direction away from the radar emitter rather than returning a diffuse signal detectable at many angles. Stealth airframes sometimes display distinctive serrations on some exposed edges, such as the engine ports. The YF-23 has such serrations on the exhaust ports. This is another example in the use of re-entrant triangles and planform alignment, this time on the external airframe. Shaping requirements have strong negative influence on the aircraft's Aerodynamic properties. The F-117 has poor aerodynamics, is inherently unstable, and cannot be flown without a fly-by-wire control system.
Ships have also adopted similar methods. The Skjold class patrol boat was the first stealth ship to enter service, though the earlier Arleigh Burke class destroyer incorporated some signature-reduction features.[17][18] Other examples are the French La Fayette class frigate, the German Sachsen class frigates, the Swedish Visby class corvette, the USS San Antonio amphibious transport dock, and most modern warship designs. Similarly, coating the cockpit canopy with a thin film transparent conductor (vapor-deposited gold or indium tin oxide) helps to reduce the aircraft's radar profile, because radar waves would normally enter the cockpit, reflect off objects (the inside of a cockpit has a complex shape, with a pilot helmet alone forming a sizeable return), and possibly return to the radar, but the conductive coating creates a controlled shape that deflects the incoming radar waves away from the radar. The coating is thin enough that it has no adverse effect on pilot vision.
Originally posted by swan001
reply to post by Peruvianmonk
Why does it look like a 2000-era video game enemy boat? Can't the military add some style to it, some (excuse my sudden urge into more beautiful designs) curves? Why it's all straight angles? Curves would let water and air flow better.